Photos from the Conference
Abstracts Available
Particles 2005
Surface Modification in Particle Technology
13-16 August 2005
Sir Francis Drake Hotel
San Francisco, California
Co-Sponsored by
- The Division of Colloid and Surface Chemistry of the American Chemical Society
International Organizing Committee
Lloyd Abrams (USA)
Jim Anderson (USA)
Robert Aveyard (UK)
Terry D. Blake (UK)
Jeff Brinker (USA)
Bernard Cabane (France)
Si-Shen Feng (Singapore}
Janos Fendler (USA)
Mostafa El-Sayed (USA)
Nissim Garti (Israel)
Michael Hair (Canada)
Keith Johnston (USA)
Alexey Kabalnov (USA)
Eric Kaler (USA)
Haruma Kawaguchi (Japan)
Jyun Huang Kim (Korea)
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Shlomo Magdassi (Israel)
Paul McCormick (Australia)
Ian Morrison (USA)
Brij Moudgil (USA)
Paul Mulvaney (Australia)
Christian Pichot(France)
Stephen Postle (USA)
Theodore Provder (USA)
Peter Reynders (Germany)
Andrew Sierakowski (Australia)
Patrick Spicer (USA)
Yoshihiko Suda (Japan)
Sonke Svenson (USA)
Tadaaki Tani (Japan)
John Texter (USA), General Chair
Ron Ziolo (USA)
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Particles 2005 is an international conference examining the science, technology, and business aspects of particle surface modification in different application
areas including chemical and drug delivery, chemical and biochemical diagnostics, nano and micro encapsulation for stabilization, modification,
and controlled release, thin and nanostructured film formation, and advanced materials fabrication. The conference targets practicing scientists and engineers,
managers, innovators, and entrepreneurs, and embraces the theme "surface modification for added value and advanced features
and material properties."
The conference format comprises a single track of 29 invited papers followed by a panel discussion of challenging issues. Contributed papers will be presented as posters
in the two poster sessions. Manuscripts of invited and contributed papers are requested within 30 days of the end of the conference; these
will be peer reviewed and published as the conference proceedings.
Due to space limitations, a maximum of 220 conferees can be accommodated,
so early registration is highly recommended.
Conference Schedule
General Session 1 |
General Session 2 |
General Session 3
General Session 4 |
General Session 5 |
General Session 6
Poster Session 1 |
Poster Session 2
Saturday, 13 August 2005
1800-1930 Informal Reception/Exhibition
Sunday, August 14, 2005, Morning
0830-1200 General Session 1 (Empire Room)
Session Chair: John Texter, Eastern Michigan University
0830 1. Helmut Schmidt, Institute for New Materials, Saarbruecken
Chemistry based nanomaterials and their interdisciplinary processing to products on the market
0915 2. Gobet Advincula, University of Houston
Surface initiated polymerization for nanocomposite formation
0945 Break
1015 3. T. Sudarshan, Materials Modification, Inc.
Thin metallic coatings of particles for advanced heat tranfer applications
1100 4. Guilio Paciotti, Cytimmune Sciences
Practical challenges in merging materials science and therapeutics in approaching clinical trials for nanoparticulate delivery systems
1130 5. Brian Benicewicz, Rensselaer Polytechnic Institute
RAFT polymerization from nanoparticle surfaces for nanocomposites
1200 End of Session
Sunday, August 14, 2005, Afternoon
1400-1745 General Session 2 (Empire Room)
Session Chair: Sami Karaborni, Merck
1400 6. Angelos Kyrlidis, Cabot Corporation
Modified carbon black for black matrix applications
1445 7. John Crocker, University of Pennsylvania
Crystallization of PEG-modified colloids using DNA-hybridization: Reducing the effects non-specific binding
1515 Break
1545 8. Gero Decher, University of Strasbourg
Layer-by-layer assembly for the stabilization and functionalization of nanoparticles
1630 9. Ron Cook, TDA Research
Designing nanoparticles for functional materials and coatings
1700 10. Bernie Bauman, Fluoro-Seal International
Modification of polymer particle surfaces – From concept to multinational business
1745 - End of Session
Monday, August 15, 2005, Morning
0830-1200 General Session 3 (Empire Room)
Session Chair: Jim Belmont, Cabot Corporation
0830 11. David Thompson, Purdue University
Surface modification of Fe/Au and non-covalent nanoparticle assemblies for therapeutic applications
0915 12. Andreas Fery, Max Planck Insitute for Interfaces
Layer-by-layer microcapsules: Towards controlling capsule mechanics and adhesion on the nanoscale
0945 Break
1015 13. Ganesh Skandan, NEI Corporation
Leveraging SBIRs and contracts for technology development
1100 14. Si-Shi Feng, National University of Singapore
Vitamin E TPGS coated nanoparticles of biodegradable polymers for cancer chemotherapy and medical imaging
1130 15. Richard Brotzman, Nanophase Technologies
An integrated platform of scaled nanotechnologies - Vapor phase synthesis, nanoparticle surface treatment, and dispersion - To enable commercial applications
1200 End of Session
Monday, August 15, 2005, Afternoon
1400-1730 General Session 4 (Empire Room)
Session Chair: Yoshitake Masuda, Nagoya University
1400 20. Emmanuel Giannelis, Cornell University
Modifying surfaces to direct nanocomposite formation
1445 17. Karen Buechler, ALD Nanosolutions
Particle ALD for developing novel materials through nanocoating
1515 Break
1545 18. Sven Holger Behrens, BASF Ludwigshafen
Surface modificaion of particles and emulsion droplets with functional polymers
1615 19. Robert Nick, Cabot Corporation
Surface modified pigments in inkjet applications
1645 16. Jim Adair, Pennsylvania State University
Morphology of crystals grown from solution: Experimental & theoretical considerations
1730 - End of Session
Tuesday, August 16, 2005, Morning
0830-1200 General Session 5 (Empire Room)
Session Chair: Lee Tutt, Eastman Kodak Company
0830 21. Richard Partch, Clarkson University and University of Florida
Nanoparticle surface effects on chemical detoxification
0915 22. Atsushi Takahara, Kyushu University
Surface-initiated nitroxyl-mediated radical polymerization
0945 Break
1015 23. Frank Szoka, University of California, San Francisco
Sequential assembly of targeted bioresponsive nanoparticles: Component design, synthesis and applications in drug and gene delivery
1100 24. Alexey Kabalnov, Hewlett Packard Company
Vitamin E TPGS coated nanoparticles of biodegradable polymers for cancer chemotherapy and medical imaging
1130 25. Elodie Bourget-Lami, CNRS, Villeurbanne
An integrated platform of scaled nanotechnologies - Vapor phase synthesis, nanoparticle surface treatment, and dispersion - To enable commercial applications
1200 End of Session
Tuesday, August 16, 2005, Afternoon
1400-1730 General Session 6 (Empire Room)
Session Chair: John Texter, Eastern Michigan University
1400 26. A. Paul Alivisatos, Lawrence Berkeley National Laboratory
Biological tagging applications of semiconductor nanocrystals
1445 27. Christian Simon, SINTEF
Nanocapsules for targeted controlled delivery of chemicals: Characterisation and applications
1515 Break
1545 28. Markus Niederberger, Max Planck Insitute for Colloids, Golm
Surface-functionalized metal oxide nanoparticles as building blocks for the fabrication of nanostructures
1630 29. V. Prasad Shastri, Vanderbilt University
Nanoengineering of drug delivery systems
1700 Panel Discussion - Helmut Schmidt, Nikolaas de Jaeger, David Thompson, and Paul Alivisatos
Discussion of Conference Issues
1730 End of Conference
Sunday, August 14, 2005, Evening
1800-1930 Poster Session 1 (Franciscan Room and Mezzanine)
Session Chair: Melanie Martin, Particles Conference
30. Federica Bondioli, University of Modena
Synthesis of nanoparticles in a continuous-flow microwave reactor
31. Li-Chen Chang, Yuan Ze University
Influence of particle stacking structure in catalyst layers in the performance of proton exchange fuel cells
32. Yu-Chen Chang, Yuan Ze University
Characteristics of silica nanoparticles derived under different combustion conditions in a low-pressure flat flame
33. Chao-Hung Chang, University of Science and Technology, Taiwan
Surface modification of silica gel for removing toxic components while retaining active components in the preparation of Chinese herbal medicine
34. Shu-Hua Chien, National Taiwan University
Noble metal nanoparticles on titania nanotubes: Preparation, characterization and catalytic properties
35. Miguel Correa-Duarte, Arizona State University
Surface modification of carbon nanotubes by deposition of nanosized metallic and semiconductor particles
36. George Dougherty, Lawrence Livermore National Laboratory
Zeta potential behavior of functionalized metallic nanorod particles in aqueous solution
37. Teddy Keller, Naval Research Laboratory
Carbon nanotube formation during the carbonization process in solid compositions
38. Lars Kilaas, SINTEF Materials and Chemistry
Hydrophilic particles produced by an inverse minisuspension polymerization method
39. Jin-Chun Kim, Korea Institute of Machinery & Materials
Noble synthesis of Fe/SiO2/CNT nanocomposite powders by chemical vapor condensation
40. Yong Seok Kim, Korea Research Institute of Chemical Technology
Preparation and properties of polymeric nanocomposites based on high-temperature organophilic layered silicates
41. Eric Laarz, YKI Institute of Surface Chemistry, Stockholm
Synthesis and inkjet-printing of spherical silica pigments with incorporated organic dye molecules
42. Woo Lee, Stevens Institute of Technology
Synthesis of cellular catalytic structures via self-assembly of nano- and microparticles for microreactor systems
43. Jean-Luc Lemyre, University of Laval
Synthesis of lanthanide fluoride nanoparticles of varying shape and size
44. Dongling Ma, National Research Counceil of Canada
Coating of superparamagnetic nanoparticles with silica
45. Yoshitake Masuda, Nagoya University
Surface modification of particles and substrates with oxides, metals or organic molecules
46. Harri Harma, University of Turku
Synthesis and characterization of optimally-packed europium(III) nanoparticles for time-resolved fluoroimmunoassay of prostate-specific antigen
47. Michael Baksh, University of California, Berkeley
Lipid membrane coated microspheres for label-free molecular detection
48. Joongho Moon, Nomadics, Inc.
Fluorescent polymer nanoparticles: Fabrication, characterization, and application
49. Kohei Soga, Tokyo University of Science
Processing of upconversion emissive particles for bioimaging
50. Robert Nooney, Dublin City University
Plasmonic enhancement of fluorophores in solution using core-shell nanoparticles
51. Yosuke Okamura, Waseda University
Haemostatic effects of polymerized albumin particles carrying fibrinogen g-chain dodecapeptide as platelet substitutes in vitro and in vivo
52. Norihito Sogoshi, Saitama University
Magnetic colloidal crystals and their magneto-optical properties
53. Shane Street, University of Alabama
Dendrimer-mediated nanoparticle formation: Photoreduction and magnetic nanoparticles
54. Dayane Tada, Universitária São Paulo
Synthesis and photochemical photophysical properties of silica nanoparticles functionalized with methylene blue and thionin
55. Fang-Li Yuan, Chinese Academy of Sciences
Preparation of surface coated zinc oxide nanoparticles
56. Tania Tannahill, Clarkson University
Synthesis and characterization of mixed metal oxide nanoparticles
57. Nuria Tricas, Universitat Ramon Llull
Carbon black surface chemistry modification by using plasma techniques (Low and atmospheric plasma)
58. Aine Whelan, Trinity College, Dublin
Silver nanoparticle biosensors for DNA diagnostics
59. Helene Yockell-Lelievre, Laval University
2D self-assembly of gold-polystyrene core-shell nanoparticles
60. Andrei Stanishevsky, University of Alabama at Birmingham
Fabrication of metal nanoparticle ensembles by thermal processing of a polymer/nanoparticle composite
61. Jung Min Lee, Yonsei University
Hyperdense and square lattice-free colloid crystals from highly charged monodisperse poly(styrene/NASS) particles with APTMS-modified glass substrate
62. B. Jeyadevan, Tohoku University
Synthesis and surface modification of metal particles by polyol process
63. B. Jeyadevan, Tohoku University
Preparation of magnetic nanoparticles for magnetic fluids hyperthermia
64. Matti Ben-Moshe, University of Pittsburgh
Controlled synthesis of highly monodisperse zinc sulfide nanospheres for utilization in crystalline colloidal arrays
65. Takyua Tsuzuki, Nanotechnology Limited
Application of silicone coating on nanoparticles in aqueous environment
Monday, August 15, 2005, Evening
1800-1930 Poster Session 2 (Franciscan Room and Mezzanine)
Session Chair: Melanie Martin, Particles Conference
66. Ciao-Cheng Chang, Yuan Ze University
Synthesis and characterization of titania nanoparticles prepared in a low-pressure flat flame
67. Yu-Chen Chang, Yuan Ze University
Detailed internal microstructure of hollow zirconia microspheres derived by sol-spray technique
68. Yu-Chen Chang, Yuan Ze University
An EXAFS study of platinum nanoparticles synthesized by a low-pressure flat flame
69. Kuei-Yuan Cheng, Yuan Ze University
Time evolution of morphology and size of hydrothermally prepared zirconia sol particles
70. Hyoung Jin Choi, INHA University
Synthesis and electroresponsive characteristics of monodisperse polymeric microbeads with conducting polyaniline shell
71. Mustafa Demir, Max Planck Institute for Polymer Research, Mainz
Synthesis of ZnO nanocrystals of narrow size distribution via esterification of zinc acetate dihydrate with alcohols
72. Jakob Dreyer, Lund University
The interaction between functionalized soft polymer particles and inorganic particles
73. Motoyuki Iijima, University of Agriculture and Technology
Surface interaction and dispersion stability control of silica nanoparticles in MEK by surface modification using silane coupling agents
74. Michael Juhnke, Clausthal University
Generation of pure nanoparticles for pharmaceutical applications by high-energy milling
75. Lidvin Kjerengtren, South Dakota School of Mines and Technology
Fillers for dimensionally stable materials
76. Anthony J. Kim, University of Pennsylvania
Engineering DNA-mediated colloidal self-assembly - System design and crystallization
77. Seong Hun Kim, Hanyang University
Multi-walled carbon nanotube-reinforced poly(ethylene-2,6-naphthalate) nanocomposites by melt blending
78. Kenneth Lau, MIT
Initiated chemical vapor deposition of polymers on micro and nanoprticles
79. Ingo Leubner, Crystallization Consulting
Size control of nanoparticles using surface adsorbers during precipitation
80. Maricel Marquez, University of Oklahoma
Nano and micro-patterned structures of poly(aniline) from admicellar polymerization
81. Maricel Marquez, University of Oklahoma
Effect of polymer-surfactant coatings on the rheological properties of hydrophilic particulates
82. Hanna Mouaziz, CNRS-bioMerieux, Lyon
Elaboration of hydrophilic, cationic and submicron magnetic particles for biomedical use
83. Jin-Gyu Park, Samsung Cheil Industries, Inc.
Uniform metal layer formation on monodisperse polymer particles for anisotropic conductive interconnection in packaging devices
84. Martin Piech, Sandia National Laboratories
Photoactive colloids: Light driven aggregation and deposition
85. Vitali Polonski, CSIRO, Sydney, Australia
Controlled nanoscale surface modification using optical near-field driven processes
86. Björn M. Reinhard, University of California, Berkeley and Lawrence Berkeley National Laboratory
A molecular ruler based on plasmon coupling of single gold and silver nanoparticles
87. Keisuke Sato, Tokyo Denki University
Fabrication and luminescence properties of size controlled nanocrystalline silicon particles
88. Alex M. Smirnov, North Carolina State University
Modifying the nanopore surface with lipid and protein for flow-through membrane-protein bio-chips
89. Leonard Radzilowski, Tyco Electronics
Enhanced laser mark contrast pigments from core-shell nanoparticles
90. Veronica Salgueirino-Maceira, Arizona State University
Colloidal synthesis of magnetic core-shell particles
91. Young-Seok Shon, Western Kentucky University
Chemical and heating treatments of stable ionic monolayer-protected gold naoparticles
92. Benedikt Steitz, Ecole Polytechnique Federale de Lausanne
Modified superparamagnetic iron oxide nanobeads for single cell RNA extraction
93. Jacek J. Swiatkiewicz, South Dakota School of Mines
Surface modification of nanoreactant particles used in exothermic condensed-phase reactions
94. Shinji Takeoka, Waseda University
Haemostatic effects of polymerized albumin particles carrying recombinant glycoprotein Iba as platelet substitutes in vitro and in vivo
95. Matthias Thommes, Quantachrome Instruments
Effect of surface chemistry on the sorption, wetting, and phase behavior of water and simple fluids in novel ordered mesoporous materials
96. Huan-Hsiung Tseng, Yuan Ze University
An XPS study of platinum nanoparticles prepared by a low-pressure flat flame
97. Jeroen Van den Bossche, Purdue University
Synthesis and grafting of folate-PEG-thioctic acid conjugates to Au nanoparticles for selective targeting of cancer cells
98. Hiroshi Yabu, Hokkaido University
Novel preparation method of polymer nanoparticles
99. Hak Yong Kim, Chonbuk National University
Hydrophobically modified N-acylated chitosan gold nanoparticles for DNA delivery
100. Hak Yong Kim, Chonbuk National University
Growth of hydroxyapatite crystals using carbon nanotubes as a matrix
101. Yongxian Wang, Shanghai Institute of Applied Physics
Surface modification of magnetite nanoparticles and its application in radioimmunotherapy
Registration
Due to space limitations, a maximum of 220 conferees can be accommodated,
so early registration is highly recommended.
| Type of Attendee |
Through 9 Aug |
| Industrial Attendee |
US$1075 |
| Academic or Government Attendee |
US$775 |
| Accompanying Person |
US$350 |
On-Site Registration US$1275 (If Available)
Accompanying Person US$350
Registration Form
Advance Registration Deadline is 9 August 2005
Hotel Information
Sir Francis Drake Hotel
450 Powell Street - On Historic Union Square
San Francisco, California
No more rooms available!
Our limited room block at the Sir Francis Drake Hotel at the highly favorable rate of US$139 per night (plus 14% taxes) at single or
double occupancy is full. Saturday night, August 13th is sold out! Some nights are still available at this rate, and other nights
are more expensive. If you would like on site accomodation, indicate so on your registration form, and we will check for rates and availability, but at this point it would be more expeditious to secure housing directly rather than through the conference office.
Registration Form
Advance Registration Deadline is 9 August 2005
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| Union Square |
Powell Street Entrance & Cable Car |
Double Room |
Entrance & Mezzanine |
Workshops
A series of one day short courses will be presented on Friday and Saturday preceding the start of the conference. A small
number of rooms at the Sir Francis Drake Hotel at the conference rate of $139 (plus 14% taxes) are available for the
evenings of 11 and 12 August.
Friday, August 12th
Particle-Based Materials Synthesis
Introduction to Comminution Size Reduction Technology
Synthesis, Processing and Properties of Metal Oxide Nanopowders
Saturday, August 13th
Particle Characterization
Precision Control of Crystallization Processes
Surface Modification Technologies for Colloidal Solids: Chemistry and Applications
Workshop Registration Form
Photos from the Conference
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Dr. T. Sudarshan |
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Professor Gero Decher |
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Profs. Paul Alivisatos and David Thompson and Dr. Nick de Jaeger |
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Professor V. Shastri |
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Dr. Alexey Kabalnov confers with Dr. Yoshitake Masuda |
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Profs. Helmut Schmidt and John Texter |
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Prof. Texter apologizes for nanosize wine glasses to Drs. de Jaeger and Brotzman |
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Dr. B. Jeyadevan |
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View along exhbit booths |
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Ms. Helene Yockell-Lelievre confers with Dr. Matti Ben-Moshe |
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Drs. Giulio Paciotti and Ganesh Skanden (back to camera) |
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General Session |
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General Session |
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Opening Reception |
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Interest in microspheres |
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Ms. Grace Texter interning in conference management and Conference Secretary Melanie Martin |
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Dr. Fangli Yuan |
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Professor Hak Yong Kim |
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Particles 2005 Home
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